1. Equipment Technical Description
Longmen machining center is mainly suitable for parts processing in industries such as automotive parts and molds. Targeting the processing of small and complex parts of black and non-ferrous metals, it has the characteristics of high speed, high precision, high flexibility, and environmental protection. Its performance and accuracy indicators fully comply with national standards. Through modular design, the product can be serialized and customized according to market demand, and its good performance price ratio is the best choice for domestic and foreign customers.
Whole machine structure:The machine tool adopts a structure of integral casting and movable worktable
Made of high-strength cast iron material, the machine tool achieves high rigidity and stable accuracy. The main castings have undergone
Finite element analysis, reasonable arrangement of ribs, fully meets the needs of high torque cutting for machine tools.
slippery Pillow:The machine tool uses a high-precision spindle with high speed and low noise, fully meeting the requirements of high-speed cutting..
Guide rail:Bed guide rail(The X-axis and Y-axis are equipped with heavy-duty roller linear guides, which have low friction, strong load-bearing capacity, low high-speed vibration, no crawling at low speeds, and high positioning accuracy. The crossbeam guide rail adopts a combination of front and top layout, increasing the span of the sliding saddle and improving the bearing capacity.
Driver:X. The Y and Z feed axes are all driven by CNC system matched feed motors, which have good stability and reliable operation. The X-axis adopts a large lead ball screw drive structure, and the drive motor drives the ball screw to rotate after being slowed down by the gearbox; The Y-axis and Z-axis are directly connected by large-sized motors and ball screws, effectively improving transmission accuracy.
system Unified:Configuring a high-performance CNC system ensures the stability of machine tool control and also guarantees the CNC machining and auxiliary functions required by users.
Optional configuration:Grating ruler, spindle center water outlet, tool magazine.
2.1 Basic Parameters
name call |
one position |
join number |
have pour |
|
add worker Fan enclose |
table stroke(X-axis) |
mm |
3200 |
|
Sliding saddle travel(Y-axis) |
mm |
2200 |
||
Spindle box travel(Z-axis) |
mm |
950 |
||
Distance from spindle end face to worktable |
mm |
250~1200 |
||
Distance between two pillars |
mm |
2100 |
||
worker rise tower |
Workbench size |
mm |
3000×1600 |
|
Workbench load-bearing capacity |
Kg |
5000 |
||
T-shaped slot size |
wideX numbers |
22 (average score) |
||
host axle |
Knife handle specifications |
BT50 |
||
Pull nail specifications |
P50T- |
|||
speed range |
r/min |
10-3000 (up to 6000) |
||
Maximum output torque |
N.m |
34/46 |
||
Spindle motor power |
kw |
18.5 |
||
Spindle box section |
mm |
520X400 |
||
fast linear measure |
Range of cutting feed rateX,Y,Z |
m/min |
5/5/3 |
|
X. Fast moving speed of Y and Z axes |
m/min |
8/8/5 |
||
machine tool accuracy |
Positioning accuracy(X/Y/Z) |
mm |
0.02/0.018/0.015 |
|
Repetitive positioning accuracy(X/Y/Z) |
mm |
0.02/0.01/0.01 |
||
other |
Gas source/Air pressure |
500L/min 6~8bar |
||
Total electrical capacity of machine tool |
KVA |
30 |
||
Cooling box capacity |
L |
500 |
||
Machine tool appearance dimensions (length)X width X height) |
mm |
6700×3600×3480 |
||
Weight |
kg |
22000 |